Gene detail

Detailed information of g2756.t1 in Montipora capitata

Genomic Location: Sc0000043:257172...279219
NR annotation: CAH3176250.1, unnamed protein product [Porites evermanni]
Species Montipora capitata · all data for this species · gene families

Gene Structure

More details in JBrowse

Sequence

CDS

g2756.t1

atgagttgggcaaaagaagaatggaagcaagagctatcagcgaatgctttgaagaaagtctacgacctagagcaacgttgtgaaacgttgcagaaagacgtcaggcaaaagcaatttcaactcgatagttcacaagccgcacttgcaaagcaaaagaagttaacggaagaggagaaagcaaatgctggtctactgaagaaagagagtcattctctgggcgaatccatacaagaattggagcgaagtcgtgaaaaaatcttgcacgatttacacgcgaaagaaggacaaatccgttgcctcgatggcaagatgaatcgaacacagcaacaactcgatagcgaagtagcaaaggctgttcagttaaagaacgaactggatcatttactgttcgaaaataaccaaaacgtagccaaattagaaaagcagagtgcagatttcaacagagcgaaggaagccaacagtcttcttcaaagacagcttggtgggcacaaagatctagtgagagcattagaaagtcaactgaagacacttggagaggaacccaactcaagagcaaagaagagctcatctggatctgactccgaagttgactggcaatgtggcgtggacagcaaattgagggaagcagaaacaaacttacagatggagaaagaacaacgtgagaagattgagaaagagcttcaagatctcaaggcagttgcagctcaatttcgcaaaaatgaggaagcaaatggtgctttatcagtgaaagaaattgccatccatcagcaaatagaccttgcctcatcagatgaagatcaactgcagaagaaaaccaaggagcttgccacagtgacagaaacattggcacagaaagaggctgaactacagctgaagaataaagagttgagcaacatgtcagaatgcttgcagaaaaaggataaggaactttcagagttgaaactaagtacatcagatatccacactatcaagtctgcattggatgaagcaaatgttaatcttgctgccttagagaaaaaggccaagcaaagggaactggacatggagtgtcaacgccacaactcagaagctgtcatcaaaggaatggacgagaaaatgaaagagaaggaaaaagagcataggcaggaaatgtattcacagtcgcaagctattactgcattggaaaaacagtgtgctgatttggacaagaagtcgtctactttacaaaacaaatttgaaaacagccagaaattaattgaagcgaaagagcaagacattgcacggctgaaagcaaacctcaaagaagtggaaaactcgaggcaacaacacagctcacatctggacagcaagatgtcagaattagagcaaaaatttaaacaagaagaggagaagtgtgttgggatgaaacgagaattggatgcaagcaacgcagtcatttttgaaagggaaaataaaattgctgatttgaacaggcaattggagaagcttggctttgatattcaagagaaagagaaagacttgagtttgaaagaacaacaaattcagcagtcacatggagaagataacagaaaactagcaactgccatggaaaacatcgctttgctagagcggcaaaaaactgagttggaagaagcaaatcaaaaggcattggccaagttgtcggatgaagctgcagggacaatgaaagagcttcaggcagcgaaccaagaaataactaagctaaaggaacaaaatgttcacttagagaatctcattgctagcaagcgcaaggagcatcaagcaactgaagattctcgaaaggacctgtgcgagaagttgcaaatgctggacatggatttggccaacaaacaaaaggaatggacgaccgagagagccgctttggcagaaaaagagagatgctttcaaagcactctcgaagcaatgaaaaacgactccaaagctctgcagcatgattacaagaaggcctgtgagttggcggacatgaagtcagccgagaccagggatgtgattgacaagctggaatcatcgcagaagcatgcgcacgagcttcaacagagattgagtcgaaccgaggcagcgttgaaggaaaaagaaagtggcatggatgcactaaaggacgagaacaacaggttgtccatagaaaaggaagccaaggaatacgaagttgaaaaaaccagaaacgagctcagtcagttgaatgataagaggaaagcagacattgagaaagtaagtgaaattgccgagtctgcgaacatgagattggaggcatgtaaacttgattgcaacactaaagaaaaggagattgaaaatctctctgtcaagttacaatctgctaagttggagtgcgatagtttgaaaagttctctgaagacttttgaggaaaagttaatcaacagcaaagagatgctacagttgaaagaaacaggcatgaaagaggcttcgctcgaattagaatcgaaggagaagttgttaggtcaaatgcaacataaactcgacgagacttcgacgacagcaaacaaacttgaacagtcacttcgccgacttgaaatgcaaagggaggaagatctgaatttaatcgagaacaaagatggtgaaatctcttcattggaaaaagagcttaatgatattcgagatgtcacggaatcggaactttctaaaatgaaagaggaatgcaatgccagacagaacgagttcgtgtttttacaagagaaacttgacagcgtggagacgttgcttggaaacaaggaggtcgaattgacagctgtcagtcaagagttaatgaagtcgaacaaagaacttgttgacctacagcaactttttacatcacaggaagaattatcgtgtaagcaagagggagaaaacgctagattatctagtgagcttgagcagaagtctgctgttttggacgccagaaaaagggaattagatgaaacgcaggataaattaaaagatcttgaggctgcgcatgtatcagtactggagaagtctagtgaattgtcgctattgaaaaatcaagaagtagaattaaggcaaagacttgaacaagcgaaggctgtggcggaaactaaaacagaagagttaaaaatcacgatgactaaactagaggcgtctgagggggaaaggtcagagctgagttctatgctggatgagctttgtaataccaattttaagctggaagaccagctaaaagagaaggcagctcagcttaaagaagcagtaacagagataaaaagaaaagaagaggaaatatgtaatcataacaaggtcatcaagaaaatggaaacagctagtgcagaggagatgatagagattaaggaacaatgcattcttttggaaagtcaagtgttgaatttgcaggaaaagtgctcgcaatttgaaagttgtaatcaacgtaaagatgaggaattaatgagaggtaaaggaaagatagaagaactaaataatgagatctgtaagctgcaagacgagattgcttctaaaatggacctcattgagagactggagaaagaaagtgtagcgctaaccgggaatcttcagcacaaaacgaaagcctttgagaacaaaaaaagcgagcttaaggaactgtcttgtactttgatggaattaaaagcaaatgcccagtcagctcaggaggcagcagtaacagaaatggaaagcttgaagaaagaagtttcaagcttgagggagaagttggatcaagctaatgtggtaaatgagatgaaggaacaagatgttgaaggtatgaatgagcttcttcaggctgcggagaaagacaagcacattttaggagctgaggtggacgaacaacgtgagaagaatgttgcatttggtgtcgagattgcagagctaaggaagcgattggacctagtttcagaggttgtgaaaactaaggacgaagaactgttgaaccaaggtgcaattatcaagcagcttgaaaaagatcgtgacgaagagaatgcaaagaacaaaactcgctgtatacaactggaaagtcaagtgtctgcgttgcaggagaagtgtggccttttagaggcctgtaaccagacgaaagaagaagagattagtagctcaacgaacaggatacaagaatcgaccagtgaaatctataagcttcagaatgatcttgcgtccaaggaagagctgatagaaaaaatagagaaggaaagagttgagttgacggagagtctgcagtataaaataactgcccttgagaacaaagaaaggcaactcagtgacgtttctgagaagctagaagaattaacgtcaagtgagcagtcaagacatgaagtgacactgaacgatatagaaaatttgaagaaagaagttgcaagtttgacagagaagttgagtcgcgctaacgtcgcaaatgagatgagggagcaagatgttgaaagtatgaatgagatccttgaaactgttgaggacgagaaaagaaaactgggtgctcagattgaagaactgctcggcatcaaaaaagagttggaaaaccagactgtggatctgggacacaatctcgaaaaacaaggagagcgtcttgaagagaaggagaggagtctgagagagctgcgtgaaagattggaagaggaaaagaaaagggttcaaacggcggtcgagtgttatgaaaacgaggtgaatccactcaaaaatgaagttgcgtcactgaaggagaagatggaaaaactcaacgcggtagtggaaacgaagaacctagaggtacaatcaaaggatcatcaactcgaagtagcaaaagaagaaaacagccttctaatggccaaagtagacgagctggcgactcaatgtaaggtcattgaagaaaggaatgctcaaacagaacatcaaatcgaacagttgtcgagtatggttaaaagcaaagataaggaaattgaggaaaaatccgaaatgatagaagattttcgtcggaaggagaacgacgcagaaatcttggaactgcgagaaatgatcttagctaaagaaagccaaattgccacgttacaggataagtgtaaccacttggaaactgttttacagagtaaagaggaaacgttgaacatgtcggaagctaaactacgagagttgagtgatgaggtgggcatccttcatgagcagcttgcacaagccagtgacaaggtcaaccaagagaaggaagagggtgacgctttgttggtaaaactagaggacgccacaaaagtccttcagaataaagaattggaattaagacaggcaaaggagtccttcgaagctgaaaaaatgagtcgggattgtgagacggagactctcaacttgcaaacagaaagtcttaaagagcaagtctcttccctttcggaaaagcttgaaaaagtcaatgacgttctcgacgtgaaagatcaagagataacgtcgctgattcaacagctgaaatctgaggcagaagagaaagcaggattggaaatcaaagtggatgaattaagtagccaaagtacaactttgcaggaaaagaacaaggagcttgaaaataggttcgaccaggtgtcgggtgtgctgaaaaccaaccaagatgagctgagctctaaatgtagctcccttgacgaactgcagctacgaagtgagaaggaaatgtcggaactgaaggagcaagacacggctcaaagaaacctaatcctgcagttacaagagaagtgcagtcaattggaagcgtgcgttgaatgcaaggaatccgagttgaaggatttgtgctgtaaagtagaggcctgtgaaactactgctgggtctgaggtttcacgtttaagagaagaattagaaagcaaggaaaacgagttcaaaatgaaatctttagttgtagaagaactaactagtaaatatgaaggcaaagaacagcagctacaaaatgcaaagaaactgtttagtgaacagaacgaagagctgaaacaggtgttgctacagaaggaaaagctccaaaccgaagttaatgacgggaaatcttttaatgagtctttgagtaagaaaatggaacagtcggaggctgtagtttcggagttaaagcagaaacttaatgaaagggaggagtgcaacaacaaattgaagaaggaactcgattgccttgctaatcaactctctgatagtctttcaagcgagaaacaagcggaaacaaatgtgctttcaatgaacataagatttgaagaaatggatgctgcattaattgaactaaaacagaaactgagcaataaagaggaggagaataactctttgaagaaagatttcgagcatttagccaatcaactcaaggatagtcagttgaacgaggaacttgcacgaagcaatgtggagtcgataaaaagcaaagttgaagaaatgaagaccacagtcttggaactgaagcagaaggttgatttgaaggaggaactgattaactccttgaggaaagaacttgattgtttggataatcaactaaaagagagcgtctccaatcaagagatgaaaagcagcagtgttcaagaacttaagcacaacattcagactttagaagctcagctggtgaaggaaacggggaaaagtgggtcactggcagaggagctcaagaaaattcaatacaaaatggaatccacagtcacggctcttgaagatagagaaggcgaaatagcagaacttaaggagagtaagtttgcgactgaagacaaagtcttgaaactggagagtcaacttagtgacacagcgaacagtctatcgactgtgcagaatgagaagatagatttagaaaagctacttaggaacgcggagataaagataggcgagggaattatgatgattgagaaggaaaaagaatctgctcatctcgaacgaagccagttgttaaaggagaaatcggaagaatgtgaagcagcgctagaacagcttcagacaagaaaagaagagattttgaggttgcaagacacaattgcccaacttgaaaatgttgtctcctcaaaagaacaggaaagagcaaagatggaagagtctcatgaagtcttcatcgacaagacacagaagagggaagaagagttcatgaaagcgtgcaaaacacttgaagacgagaggtcggaacttcttcaaaagacacgagatctcgaagcatcagtggaagccttgaaactggagtctacggtccatcaacagagttatagaaaagcctgcgagttggcggatttgaagtcaagggaatacagagacatggtggacaaattagatgattcccagaaacatctacaggaaacacggcaccatcttggaagggctgaaaatgaactgaaagagtcgagagatgagttgagacaagcagctttggagaagagggaattcgcagaaaaggtgaacgagaaaaaagaagagcttgaaggcgctttagaagatttacagcgtgaaatctgcgaacataaagcacaaatatccaaactttcaaccgaattaagaagtggcgacgcctctttgaaagcgctggagagtgaaaaacgtgagattgaacagttgctggaacgtaccaaagaagaactccgaaatgcggtcgagaagttgaatgtcgttgcagcagagaatgctgaaagggaagtgatggttcgaagcaatcaggacagtgagaagttgattgccgagctggtagatcaagtgaaattattagagggaagtaatgctgagattcaaagcgagttggatcatgcaaaggatgagatcaaacagctcgaaaagaatagctacagcatggaagaaaaacataggtcagcactggcagagaaagatttcgagttcgaccacaagatggctgcgttgaaggaacaagaaatcgttgcagtagagaagatggagacgcttttgaaagagaaagaccaaaaagacaaagagttggataagtcacaaaacctgctttcagcaagatgttctcaagtggaaaaattgcaaagaaatgtccacgatcaaacggagcaactggaagctctcaaagctgaaatcacatcactttcggcagagcttgattctcttaaagctgaacatttatgccgtcaaaacaatgaaaatggatctccaaagctgcaggaacaagtactggagttagagcatctgctggcgagagaaaaatcaaatgccgaggagatgatgaaggcgttccaagaacatgaagaaggatgggaaagggaaaaagcaaagatggtggcatctttggacaaacgctcagacactgaacacgcatttatcgttggggaaaatgataaattgaaaaggaaagtggacgagttgcagagagatctgagtactaaggacagggagcacttagaagcacttcagcagaccgagagaaaggcttcatctcgcgcaaacttgaactctgatctccagaccaagataagagaactagaatgtcagtgcgatgaactgaggtacagtttgaagcagaaagacgaggaaatctttgtcaaggaggaaggtttgaagcagagcaagcaggaattgagtaacttggactcgaaatacgccgctgcggcggaagttgagcgggaattacgtcatcacctaggggaggttacacagcagcttgaattaagcaaagatgataaattttccgaacgggaccaagtccttaaattggaaaacttaacggaagcattaagtgcagctgagaaagagcttgaagtgctacgggcggagaaacaagacaaggagaagtggcttgaagacgagagagttcagattgtggaagcagccaaggcgtttgcagtgcaacaggagcaaaactttgtcagaaagattgacaatctcaaccaaaaactggcaacaaaaaacgaagatgtgcaggaaatggattccgtcattcaacagttgcggtatgatctgaaaaccgcgcaacaagaaaagagcgtcttgcttgaggaagctgaggagagggatcgagagtttgacaatgaaaagaagaagtggacttctggaagttttacctacgagaaaattcaacagcatattgcagatttggaagaggagcgtcaaaatgtcactcgcctgcaagagcactgcaaaggactggaacagagggagatggagcttgagcatgctaactcttgtttacaaaaaaatcttgttgaagtacaaagcagacataaaagtgatggagaagaaagagaggtcatagaggacgatttgcacagtagagtctctttgcttcgatccgaatcggaaaaattaaaggagaccttggagaccagagatgccacggttactgctttgtctgacgagaaagcaaggttgttggaaacggtgaaaactttagaggagaagctgtctgcatcagtgcaaactgtgacagagcttcaacaaaagtgcgattggatgaacgagaagttagagaccttgagaactgagaaaagcgttcttgaaaaggagaaggacgtttccgtcttgcagaagacacagggcaagttgaacctcgagaattttgtcaagaaagtaaaagagctgcaagggaagcttgaaaacgaaaagaaggcgaaggaagagttggcgaaagctgtcaacgaaatggaacaacttgttaaaaacgaacaaaaatgcgttgacagtaaaaacaaggagttagctgatatggaggccatgtttaagttagctgatgcagagagtgaagctgccatgaaggaaaaggagggcaaaattgtggagttgacgttcgcctacgaggatcttcgagacaagcttgaaaaggagaggaaagcgttggaagagaaatgcaaagagttagagaacttgaagagagaatcaaaacaagtacaggagcgagctgaagagatgaaagaaatgtacgaagcagagttggatcgggttaagtttgaaattcgagattcgaacaatgattgcgcgttgttgaggggagaaaacgaacaattaaaacgcactgctaatgggagtgtgaatccaaccatgtgggagagggaaaagaagaagctcttgcatcagctggaggaggcgaaaatcaggttgaatcaggcaaaaagcagccaggaaaaactggaagcagaacttagtgcagccaatgtgaaagtcctgtctgttgagagtaaaaggaagactgcggaggccgaggagatcaagcgactccaagctagtgtgagtgagcttagcaaggagctacagaagtggaaagatattgctaacaataaagacaaagctgcagttgaaaataatgagaacgagataaagcgacttcaagctcgcgttactgaattaagccacgagctacaaaagtggaagaacattgctaataagaagcagttaggtctgaattcaggcaaaggcgctgaagtacaagagcttcatcttcagttgcgtaagctgcaagaagaactggaaagagccaaggctttggccgacgaaaagcaaaaaactgctgataaaacgcttgcaacgaacctgaaacttgcgggcaagatcgaaaagtttgagagggaacgaaagcagcagagcggttcactaactaactcggaaaatgtagtcgaagaaaaaaacgcacaatattcctggagtccaccgaagcttcccagtaaaaccggcgctttaactccacttgcaaggtctttggcaagtttggaaatcaaagcactgaacaccgttgccacagtaactgatgacactcgacctggtgacgaggttgcgggcgtatcaactggaaaggcaattccaacaatgagcgtggcttttgattcaaagaaaaggacaggcgagaaatctgctttagatggcaatcaagcaaaacgatgccgaataaacagtggcaattcggacgcgttggaaaatcctgctttacacttacccgagggtctgcgagatccaatcaaatcaccgtttgtccttcgccgcccaaatgccaatgctggagtcagaacacgcgccagtacgaggcggtcgatagcggcacgtgccccgacaatcgcacaaggacagaaagaaaatcctctgcattcacaccttcccccacgggtacaacgtattccccccgaaatgccactttctccacgcaagacgaacaggctccaaacaggtgtgccacagggaccaaggtctaagattcccaaacccggaactagtcaattgccgaaacctatgactgccaagccaaaagcaacagcttcctcgagacaagctgtcccgcgatgccgagtagctcccggagaggagacaaagaaaccaacgaccaatcagcaagaatttgttggaatagagaatgttacttctttgtttcgcctggtgagaattccgtttacagtgactaaagatgacgaagctattggattgaataataggccttga

Transcript

g2756.t1

ATGAGTTGGGCAAAAGAAGAATGGAAGCAAGAGCTATCAGCGAATGCTTTGAAGAAAGTCTACGACCTAGAGCAACGTTGTGAAACGTTGCAGAAAGACGTCAGGCAAAAGCAATTTCAACTCGATAGTTCACAAGCCGCACTTGCAAAGCAAAAGAAGTTAACGGAAGAGGAGAAAGCAAATGCTGGTCTACTGAAGAAAGAGAGTCATTCTCTGGGCGAATCCATACAAGAATTGGAGCGAAGtcgtgaaaaaatcttgcacGATTTACACGCGAAAGAAGGACAAATCCGTTGCCTCGATGGCAAGATGAATCGAACACAGCAACAACTCGATAGCGAAGTAGCAAAGGCTGTTCAGTTAAAGAACGAACTGGATCATTTACTGTTCGAAAATAACCAAAACGTAGCCAAATTAGAAAAGCAGAGTGCAGATTTCAACAGAGCGAAGGAAGCCAACAGTCTTCTTCAAAGACAGCTTGGTGGGCACAAAGATCTAGTGAGAGCATTAGAAAGTCAACTGAAGACACTTGGAGAGGAACCCAACTCAAGAGCAAAGAAGAGCTCATCTGGATCTGACTCCGAAGTTGACTGGCAATGTGGCGTGGACAGCAAATTGAGGGAAGCAGAAACAAACTTACAGATGGAGAAAGAACAACGTGAGAAGATTGAGAAAGAGCTTCAAGATCTCAAGGCAGTTGCAGCTCAATTTCGCAAAAATGAGGAAGCAAATGGTGCTTTATCAGTGAAAGAAATTGCCATCCATCAGCAAATAGACCTTGCCTCATCAGATGAAGATCAACTGCAGAAGAAAACCAAGGAGCTTGCCACAGTGACAGAAACATTGGCACAGAAAGAGGCTGAACTACAGCTGAAGAATAAAGAGTTGAGCAACATGTCAGAATGCTTGCAGAAAAAGGATAAGGAACTTTCAGAGTTGAAACTAAGTACATCAGATATCCACACTATCAAGTCTGCATTGGATGAAGCAAATGTTAATCTTGCTGCCTTAGAGAAAAAGGCCAAGCAAAGGGAACTGGACATGGAGTGTCAACGCCACAACTCAGAAGCTGTCATCAAAGGAATGGAcgagaaaatgaaagagaaggaaaaagaGCATAGGCAGGAAATGTATTCACAGTCGCAAGCTATTACTGCATTGGAAAAACAGTGTGCTGATTTGGACAAGAAGTCGTCTACTttacaaaacaaatttgaaaacagCCAGAAATTAATTGAAGCGAAAGAGCAAGACATTGCACGGCTGAAAGCAAACCTCAAAGAAGTGGAAAACTCGAGGCAACAACACAGCTCACATCTGGACAGCAAGATGTCAGAATTAGAGCAAAAATTTAAACAAGAAGAGGAGAAGTGTGTTGGGATGAAACGAGAATTGGATGCAAGCAACGCAGTCATTtttgaaagggaaaataaaattGCTGATTTGAACAGGCAATTGGAGAAGCTTGGCTTTGATATtcaagagaaagagaaagactTGAGTTTGAAAGAACAACAAATTCAGCAGTCACATGGAGAAGATAACAGAAAACTAGCAACTGCCATGGAAAACATCGCTTTGCTAGAGCGGCAAAAAACTGAGTTGGAAGAAGCAAATCAAAAGGCATTGGCCAAGTTGTCGGATGAAGCTGCAGGGACAATGAAAGAGCTTCAGGCAGCGAACCAAGAAATAACTAAGCTAAAGGAACAAAATGTTCACTTAGAGAATCTCATTGCTAGCAAGCGCAAGGAGCATCAAGCAACTGAAGATTCTCGAAAGGACCTGTGCGAGAAGTTGCAAATGCTGGACATGGATTTGGCCAACAAACAAAAGGAATGGACGACCGAGAGAGCCGCTTTGGCAGAAAAAGAGAGATGCTTTCAAAGCACTCTCGAAGCAATGAAAAACGACTCCAAAGCTCTGCAGCATGATTACAAGAAGGCCTGTGAGTTGGCGGACATGAAGTCAGCCGAGACCAGGGATGTGATTGACAAGCTGGAATCATCGCAGAAGCATGCGCACGAGCTTCAACAGAGATTGAGTCGAACCGAGGCAGCGTTGAAGGAAAAAGAAAGTGGCATGGATGCACTAAAGGACGAGAACAACAGGTTGTCCATAGAAAAGGAAGCCAAGGAATACGAAGTTGAAAAAACCAGAAACGAGCTCAGTCAGTTGAATGATAAGAGGAAAGCAGACATTGAGAAAGTAAGTGAAATTGCCGAGTCTGCGAACATGAGATTGGAGGCATGTAAACTTGATTGCAACACTAAAGAAAAGGAGATTGAAAATCTCTCTGTCAAGTTACAATCTGCTAAGTTGGAGTGCGATAGTTTGAAAAGTTCTCTGAAGACTTTTGAGGAAAAGTTAATCAACAGCAAAGAGATGCTACAGTTGAAAGAAACAGGCATGAAAGAGGCTTCGCTCGAATTAGAATCGAAGGAGAAGTTGTTAGGTCAAATGCAACATAAACTCGACGAGACTTCGACGACAGCAAACAAACTTGAACAGTCACTTCGCCGACTTGAAATGCAAAGGGAGGAAGATCTGAATTTAATCGAGAACAAAGATGGTGAAATCTCTTCATTGGAAAAAGAGCTTAATGATATTCGAGATGTCACGGAATCGGAACTTTCTAAAATGAAAGAGGAATGCAATGCCAGACAGAACGAGTTCGTGTTTTTACAAGAGAAACTTGACAGCGTGGAGACGTTGCTTGGAAACAAGGAGGTCGAATTGACAGCTGTCAGTCAAGAGTTAATGAAGTCGAACAAAGAACTTGTTGACCTACAGCAACTTTTTACATCACAGGAAGAATTATCGTGTAAGCAAGAGGGAGAAAACGCTAGATTATCTAGTGAGCTTGAGCAGAAGTCTGCTGTTTTGGACGCCAGAAAAAGGGAATTAGATGAAACGCAGGATAAATTAAAAGATCTTGAGGCTGCGCATGTATCAGTACTGGAGAAGTCTAGTGAATTGTCGCTATTGAAAAATCAAGAAGTAGAATTAAGGCAAAGACTTGAACAAGCGAAGGCTGTGGCGGAAACTAAAACAGAAGAGTTAAAAATCACGATGACTAAACTAGAGGCGTCTGAGGGGGAAAGGTCAGAGCTGAGTTCTATGCTGGAtgagctttgtaataccaattTTAAGCTGGAAGACCAGCTAAAAGAGAAGGCAGCTCAGCTTAAAGAAGCAGTAACagagataaaaagaaaagaagaggaaatatgtaatcataacaaggtcatcaagaaaatggaaacagctAGTGCAGAGGAGATGATAGAGATTAAGGAACAATGCATTCTTTTGGAAAGTCAAGTGTTGaatttgcaggaaaagtgcTCGCAATTTGAAAGTTGTAATCAACGTAAAGATGAGGAATTAATGAGAGGTAAAGGAAAGATAGAAGAACTAAATAATGAGATCTGTAAGCTGCAAGACGAGATTGCTTCTAAAATGGACCTCATTGAGAGACTGGAGAAAGAAAGTGTAGCGCTAACCGGGAATCTTCAGCACAAAACGAAAGCCTTTGAGAACAAAAAAAGCGAGCTTAAGGAACTGTCTTGTACTTTGATGGAATTAAAAGCAAATGCCCAGTCAGCTCAGGAGGCAGCAGTAACAGAAATGGAAAGCTTGAAGAAAGAAGTTTCAAGCTTGAGGGAGAAGTTGGATCAAGCTAATGTGGTAAATGAGATGAAGGAACAAGATGTTGAAGGTATGAATGAGCTTCTTCAGGCTGCGGAGAAAGACAAGCACATTTTAGGAGCTGAGGTGGACGAACAACGTGAGAAGAATGTTGCATTTGGTGTCGAGATTGCAGAGCTAAGGAAGCGATTGGACCTAGTTTCAGAGGTTGTGAAAACTAAGGACGAAGAACTGTTGAACCAAGGTGCAATTATCAAGCAGCTTGAAAAAGATCGTGACGAAGAGAATGCAAAGAACAAAACTCGCTGTATACAACTGGAAAGTCAAGTGTCTGCGTTGCAGGAGAAGTGTGGCCTTTTAGAGGCCTGTAACCAGACGAAAGAAGAAGAGATTAGTAGCTCAACGAACAGGATACAAGAATCGACCAGTGAAATCTATAAGCTTCAGAATGATCTTGCGTCCAAGGAAGAGCTGATAGAAAAAATAGAGAAGGAAAGAGTTGAGTTGACGGAGAGTCTGCAGTATAAAATAACTGCCCTTGAGAACAAAGAAAGGCAACTCAGTGACGTTTCTGAGAAGCTAGAAGAATTAACGTCAAGTGAGCAGTCAAGACATGAAGTGACACTGAACGATatagaaaatttgaagaaagaagttgCAAGTTTGACAGAGAAGTTGAGTCGCGCTAACGTCGCAAATGAGATGAGGgagcaagatgttgaaagtaTGAATGAGATCCTTGAAACTGTTGAGGACGAGAAAAGAAAACTGGGTGCTCAGATTGAAGAACTGCTCGGCATCAAAAAAGAGTTGGAAAACCAGACTGTGGATCTGGGACACAATCTCGAAAAACAAGGAGAGCGTCTTGAAGAGAAGGAGAGGAGTCTGAGAGAGCTGCGTGAAAGATTGgaagaggaaaagaaaaggGTTCAAACGGCGGTCGAGTGTTATGAAAACGAGGTGAATCCACTCAAAAATGAAGTTGCGTCACTGAAGGAGAAGATGGAAAAACTCAACGCGGTAGTGGAAACGAAGAACCTAGAGGTACAATCAAAGGATCATCAACTCGAAGTAGCAAAAGAAGAAAACAGCCTTCTAATGGCCAAAGTAGACGAGCTGGCGACTCAATGTAAGGTCATTGAAGAAAGGAATGCTCAAACAGAACATCAAATCGAACAGTTGTCGAGTATGGTTAAAAGCAAAGATAAGGAAATTGAGGAAAAATCCGAAATGATAGAAGATTTTCGTCGGAAGGAGAACGACGCAGAAATCTTGGAACTGCGAGAAATGATCTTAGCTAAAGAAAGCCAAATTGCCACGTTACAGGATAAGTGTAACCACTTGGAAACTGTTTTACAGAGTAAAGAGGAAACGTTGAACATGTCGGAAGCTAAACTACGAGAGTTGAGTGATGAGGTGGGCATCCTTCATGAGCAGCTTGCACAAGCCAGTGACAAGGTCAACCAAGAGAAGGAAGAGGGTGACGCTTTGTTGGTAAAACTAGAGGACGCCACAAAAGTCCTTCAGAATAAAGAATTGGAATTAAGACAGGCAAAGGAGTCCTTCGAAGCTGAAAAAATGAGTCGGGATTGTGAGACGGAGACTCTCAACTTGCAAACAGAAAGTCTTAAAGAGCAAGTCTCTTCCCTTTCGGAAAAGCTTGAAAAAGTCAATGACGTTCTCGACGTGAAAGATCAAGAGATAACGTCGCTGATTCAACAGCTGAAATCTGAGGCAGAAGAGAAAGCAGGATTGGAAATCAAAGTGGATGAATTAAGTAGCCAAAGTACAACTTTGCAGGAAAAGAACAAGGAGCTTGAAAATAGGTTCGACCAGGTGTCGGGtgtgctgaaaaccaaccaagaTGAGCTGAGCTCTAAATGTAGCTCCCTTGACGAACTGCAGCTACGAAGTGAGAAGGAAATGTCGGAACTGAAGGAGCAAGACACGGCTCAAAGAAACCTAATCCTGCAGTTACAAGAGAAGTGCAGTCAATTGGAAGCGTGCGTTGAATGCAAGGAATCCGAGTTGAAGGATTTGTGCTGTAAAGTAGAGGCCTGTGAAACTACTGCTGGGTCTGAGGTTTCACGTTTAAGAGAAGAATTAGAAAGCAAGGAAAACGAGTTCAAAATGAAATCTTTAGTTGTAGAAGAACTAACTAGTAAATATGAAGGCAAAGAACAGCAGCTACAAAATGCAAAGAAACTGTTTAGTGAACAGAACGAAGAGCTGAAACAGGTGTTGCTACAGAAGGAAAAGCTCCAAACCGAAGTTAATGACGGGAAATCTTTTAATGAGTCTTTGAGTAAGAAAATGGAACAGTCGGAGGCTGTAGTTTCGGAGTTAAAGCAGAAACTTAATGAAAGGGAGGAGTGCAACAACAAATTGAAGAAGGAACTCGATTGCCTTGCTAATCAACTCTCTGATAGTCTTTCAAGCGAGAAACAAGCGGAAACAAATGTGCTTTCAATGAACATAAGATTTGAAGAAATGGATGCTGCATTAATTGAACTAAAACAGAAACTGAGCAATAAAGAGGAGGAGAATAACTCTTTGAAGAAAGATTTCGAGCATTTAGCCAATCAACTCAAGGATAGTCAGTTGAACGAGGAACTTGCACGAAGCAATGTGGAGTCGATAAAAAGCAAAGTTGAAGAAATGAAGACCACAGTCTTGGAACTGAAGCAGAAGGTTGATTTGAAGGAGGAACTGATTAACTCCTTGAGGAAAGAACTTGATTGTTTGGATAATCAACTAAAAGAGAGCGTCTCCAATCAAGAGATGAAAAGCAGCAGTGTTCAAGAACTTAAGCACAACATTCAGACTTTAGAAGCTCAGCTGGTGAAGGAAACGGGGAAAAGTGGGTCACTGGCAGAGGAGCTCAAGAAAATTCAATACAAAATGGAATCCACAGTCACGGCTCTTGAAGATAGAGAAGGCGAAATAGCAGAACTTAAGGAGAGTAAGTTTGCGACTGAAGACAAAGTCTTGAAACTGGAGAGTCAACTTAGTGACACAGCGAACAGTCTATCGACTGTGCAGAATGAGAAGATAGATTTAGAAAAGCTACTTAGGAACGCGGAGATAAAGATAGGCGAGGGAATTATGATGATTGAGAAGGAAAAAGAATCTGCTCATCTCGAACGAAGCCAGTTGTTAAAGGAGAAATCGGAAGAATGTGAAGCAGCGCTAGAACAGCTTCAGACAAGAAAAGAAGAGATTTTGAGGTTGCAAGACACAATTGCCCAACTTGAAAATGTTGTCTCCTCAAAAGAACAGGAAAGAGCAAAGATGGAAGAGTCTCATGAAGTCTTCATCGACAAGACACAGAAGAGGGAAGAAGAGTTCATGAAAGCGTGCAAAACACTTGAAGACGAGAGGTCGGAACTTCTTCAAAAGACACGAGATCTCGAAGCATCAGTGGAAGCCTTGAAACTGGAGTCTACGGTCCATCAACAGAGTTATAGAAAAGCCTGCGAGTTGGCGGATTTGAAGTCAAGGGAATACAGAGACATGGTGGACAAATTAGATGATTCCCAGAAACATCTACAGGAAACACGGCACCATCTTGGAAGGGCTGAAAATGAACTGAAAGAGTCGAGAGATGAGTTGAGACAAGCAGCTTTGGAGAAGAGGGAATTCGCAGAAAAGGTGAACGAGAAAAAAGAAGAGCTTGAAGGCGCTTTAGAAGATTTACAGCGTGAAATCTGCGAACATAAAGCACAAATATCCAAACTTTCAACCGAATTAAGAAGTGGCGACGCCTCTTTGAAAGCGCTGGAGAGTGAAAAACGTGAGATTGAACAGTTGCTGGAACGTACCAAAGAAGAACTCCGAAATGCGGTCGAGAAGTTGAATGTCGTTGCAGCAGAGAATGCTGAAAGGGAAGTGATGGTTCGAAGCAATCAGGACAGTGAGAAGTTGATTGCCGAGCTGGTAGATCAAGTGAAATTATTAGAGGGAAGTAATGCTGAGATTCAAAGCGAGTTGGATCATGCAAAGGATGAGATCAAACAGCTCGAAAAGAATAGCTACAGCATGGAAGAAAAACATAGGTCAGCACTGGCAGAGAAAGATTTCGAGTTCGACCACAAGATGGCTGCGTTGAAGGAACAAGAAATCGTTGCAGTAGAGAAGATGGAGACGCTTTTGAAAGAGAAAGACCAAAAAGACAAAGAGTTGGATAAGTCACAAAACCTGCTTTCAGCAAGATGTTCTCAAGTGGAAAAATTGCAAAGAAATGTCCACGATCAAACGGAGCAACTGGAAGCTCTCAAAGCTGAAATCACATCACTTTCGGCAGAGCTTGATTCTCTTAAAGCTGAACATTTATGCcgtcaaaacaatgaaaatggaTCTCCAAAGCTGCAGGAACAAGTACTGGAGTTAGAGCATCTGCTGGCGAGAGAAAAATCAAATGCCGAGGAGATGATGAAGGCGTTCCAAGAACATGAAGAAGGATGGGAAAGGGAAAAAGCAAAGATGGTGGCATCTTTGGACAAACGCTCAGACACTGAACACGCATTTATCGTTGGGGAAAATGAtaaattgaaaaggaaagtgGACGAGTTGCAGAGAGATCTGAGTACTAAGGACAGGGAGCACTTAGAAGCACTTCAGCAGACCGAGAGAAAGGCTTCATCTCGCGCAAACTTGAACTCTGATCTCCAGACCAAGATAAGAGAACTAGAATGTCAGTGCGATGAACTGAGGTACAGTTTGAAGCAGAAAGACGAGGAAATCTTTGTCAAGGAGGAAGGTTTGAAGCAGAGCAAGCAGGAATTGAGTAACTTGGACTCGAAATACGCCGCTGCGGCGGAAGTTGAGCGGGAATTACGTCATCACCTAGGGGAGGTTACACAGCAGCTTGAATTAAGCAAAGATGATAAATTTTCCGAACGGGACCAAGTCCTTAAATTGGAAAACTTAACGGAAGCATTAAGTGCAGCTGAGAAAGAGCTTGAAGTGCTACGGGCGGAGAAACAAGACAAGGAGAAGTGGCTTGAAGACGAGAGAGTTCAGATTGTGGAAGCAGCCAAGGCGTTTGCAGTGCAACAGGAGCAAAACTTTGTCAGAAAGATTGACAATCTCAACCAAAAACTGGCAACAAAAAACGAAGATGTGCAGGAAATGGATTCCGTCATTCAACAGTTGCGGTATGATCTGAAAACCGCGCAACAAGAAAAGAGCGTCTTGCTTGAGGAAGCTGAGGAGAGGGATCGAGagtttgacaatgaaaagaAGAAGTGGACTTCTGGAAGTTTTACCTACGAGAAAATTCAACAGCATATTGCAGATTTGGAAGAGGAGCGTCAAAATGTCACTCGCCTGCAAGAGCACTGCAAAGGACTGGAACAGAGGGAGATGGAGCTTGAGCATGCTAACTcttgtttacaaaaaaatcttGTTGAAGTACAAAGCAGACATAAAAGTGATGGAGAAGAAAGAGAGGTCATAGAGGACGATTTGCACAGTAGAGTCTCTTTGCTTCGATCCGAATCGGAAAAATTAAAGGAGACCTTGGAGACCAGAGATGCCACGGTTACTGCTTTGTCTGACGAGAAAGCAAGGTTGTTGGAAACGGTGAAAACTTTAGAGGAGAAGCTGTCTGCATCAGTGCAAACTGTGACAGAGCTTCAACAAAAGTGCGATTGGATGAACGAGAAGTTAGAGACCTTGAGAACTGAGAAAAGCGTTCTTGAAAAGGAGAAGGACGTTTCCGTCTTGCAGAAGACACAGGGCAAGTTGAACCTCGAGAATTTTGTCAAGAAAGTAAAAGAGCTGCAAGGGAAGCTTGAAAACGAAAAGAAGGCGAAGGAAGAGTTGGCGAAAGCTGTCAACGAAATGGAACAACTTGTTAAAAACGAACAAAAATGCGTTGACAGTAAAAACAAGGAGTTAGCTGATATGGAGGCCATGTTTAAGTTAGCTGATGCAGAGAGTGAAGCTGCCATGAAGGAAAAGGAGGGCAAAATTGTGGAGTTGACGTTCGCCTACGAGGATCTTCGAGACAAGCTTGAAAAGGAGAGGAAAGCGTTGGAAGAGAAATGCAAAGAGTTAGAGAACTTGAAGAGAGAATCAAAACAAGTACAGGAGCGAGCTGAAgagatgaaagaaatgtacgaaGCAGAGTTGGATCGGGTTAAGTTTGAAATTCGAGATTCGAACAATGATTGCGCGTTGTTGAGGGGAGAAAACGAACAATTAAAACGCACTGCTAATGGGAGTGTGAATCCAACCATGTGGGAGAGGGAAAAGAAGAAGCTCTTGCATCAGCTGGAGGAGGCGAAAATCAGGTTGAATCAGGCAAAAAGCAGCCAGGAAAAACTGGAAGCAGAACTTAGTGCAGCCAATGTGAAAGTCCTGTCTGTTGAGAGTAAAAGGAAGACTGCGGAGGCCGAGGAGATCAAGCGACTCCAAGCTAGTGTGAGTGAGCTTAGCAAGGAGCTACAGAAGTGGAAAGATATTGCTAACAATAAAGACAAAGCTGCAGTTGAAAATAATGAGAACGAGATAAAGCGACTTCAAGCTCGCGTTACTGAATTAAGCCACGAGCTACAAAAGTGGAAGAACATTGCTAATAAGAAGCAGTTAGGTCTGAATTCAGGCAAAGGCGCTGAAGTACAAGAGCTTCATCTTCAGTTGCGTAAGCTGCAAGAAGAACTGGAAAGAGCCAAGGCTTTGGCCGACGAAAAGCAAAAAACTGCTGATAAAACGCTTGCAACGAACCTGAAACTTGCGGGCAAGATCGAAAAGTTTGAGAGGGAACGAAAGCAGCAGAGCGGTTCACTAACTAACTCGGAAAATGTAGTCGAAGAAAAAAACGCACAATATTCCTGGAGTCCACCGAAGCTTCCCAGTAAAACCGGCGCTTTAACTCCACTTGCAAGGTCTTTGGCAAGTTTGGAAATCAAAGCACTGAACACCGTTGCCACAGTAACTGATGACACTCGACCTGGTGACGAGGTTGCGGGCGTATCAACTGGAAAGGCAATTCCAACAATGAGCGTGGCTTTTGATTCAAAGAAAAGGACAGGCGAGAAATctGCTTTAGATGGCAATCAAGCAAAACGATGCCGAATAAACAGTGGCAATTCGGACGCGTTGGAAAATCCTGCTTTACACTTACCCGAGGGTCTGCGAGATCCAATCAAATCACCGTTTGTCCTTCGCCGCCCAAATGCCAATGCTGGAGTCAGAACACGCGCCAGTACGAGGCGGTCGATAGCGGCACGTGCCCCGACAATCGCACAAGGACAGAAAGAAAATCCTCTGCATTCACACCTTCCCCCACGGGTACAACGTATTCCCCCCGAAATGCCACTTTCTCCACGCAAGACGAACAGGCTCCAAACAGGTGTGCCACAGGGACCAAGGTCTAAGATTCCCAAACCCGGAACTAGTCAATTGCCGAAACCTATGACTGCCAAGCCAAAAGCAACAGCTTCCTCGAGACAAGCTGTCCCGCGATGCCGAGTAGCTCCCGGAGAGGAGACAAAGAAACCAACGACCAATCAGCAAGAATTTGTTGGAATAGAGAATGTTACTTCTTTGTTTCGCCTGGTGAGAATTCCGTTTACAGTGACTAAAGATGACGAAGCTATTGGATTGAATAATAGGCCTTGA

Protein

g2756.t1

MSWAKEEWKQELSANALKKVYDLEQRCETLQKDVRQKQFQLDSSQAALAKQKKLTEEEKANAGLLKKESHSLGESIQELERSREKILHDLHAKEGQIRCLDGKMNRTQQQLDSEVAKAVQLKNELDHLLFENNQNVAKLEKQSADFNRAKEANSLLQRQLGGHKDLVRALESQLKTLGEEPNSRAKKSSSGSDSEVDWQCGVDSKLREAETNLQMEKEQREKIEKELQDLKAVAAQFRKNEEANGALSVKEIAIHQQIDLASSDEDQLQKKTKELATVTETLAQKEAELQLKNKELSNMSECLQKKDKELSELKLSTSDIHTIKSALDEANVNLAALEKKAKQRELDMECQRHNSEAVIKGMDEKMKEKEKEHRQEMYSQSQAITALEKQCADLDKKSSTLQNKFENSQKLIEAKEQDIARLKANLKEVENSRQQHSSHLDSKMSELEQKFKQEEEKCVGMKRELDASNAVIFERENKIADLNRQLEKLGFDIQEKEKDLSLKEQQIQQSHGEDNRKLATAMENIALLERQKTELEEANQKALAKLSDEAAGTMKELQAANQEITKLKEQNVHLENLIASKRKEHQATEDSRKDLCEKLQMLDMDLANKQKEWTTERAALAEKERCFQSTLEAMKNDSKALQHDYKKACELADMKSAETRDVIDKLESSQKHAHELQQRLSRTEAALKEKESGMDALKDENNRLSIEKEAKEYEVEKTRNELSQLNDKRKADIEKVSEIAESANMRLEACKLDCNTKEKEIENLSVKLQSAKLECDSLKSSLKTFEEKLINSKEMLQLKETGMKEASLELESKEKLLGQMQHKLDETSTTANKLEQSLRRLEMQREEDLNLIENKDGEISSLEKELNDIRDVTESELSKMKEECNARQNEFVFLQEKLDSVETLLGNKEVELTAVSQELMKSNKELVDLQQLFTSQEELSCKQEGENARLSSELEQKSAVLDARKRELDETQDKLKDLEAAHVSVLEKSSELSLLKNQEVELRQRLEQAKAVAETKTEELKITMTKLEASEGERSELSSMLDELCNTNFKLEDQLKEKAAQLKEAVTEIKRKEEEICNHNKVIKKMETASAEEMIEIKEQCILLESQVLNLQEKCSQFESCNQRKDEELMRGKGKIEELNNEICKLQDEIASKMDLIERLEKESVALTGNLQHKTKAFENKKSELKELSCTLMELKANAQSAQEAAVTEMESLKKEVSSLREKLDQANVVNEMKEQDVEGMNELLQAAEKDKHILGAEVDEQREKNVAFGVEIAELRKRLDLVSEVVKTKDEELLNQGAIIKQLEKDRDEENAKNKTRCIQLESQVSALQEKCGLLEACNQTKEEEISSSTNRIQESTSEIYKLQNDLASKEELIEKIEKERVELTESLQYKITALENKERQLSDVSEKLEELTSSEQSRHEVTLNDIENLKKEVASLTEKLSRANVANEMREQDVESMNEILETVEDEKRKLGAQIEELLGIKKELENQTVDLGHNLEKQGERLEEKERSLRELRERLEEEKKRVQTAVECYENEVNPLKNEVASLKEKMEKLNAVVETKNLEVQSKDHQLEVAKEENSLLMAKVDELATQCKVIEERNAQTEHQIEQLSSMVKSKDKEIEEKSEMIEDFRRKENDAEILELREMILAKESQIATLQDKCNHLETVLQSKEETLNMSEAKLRELSDEVGILHEQLAQASDKVNQEKEEGDALLVKLEDATKVLQNKELELRQAKESFEAEKMSRDCETETLNLQTESLKEQVSSLSEKLEKVNDVLDVKDQEITSLIQQLKSEAEEKAGLEIKVDELSSQSTTLQEKNKELENRFDQVSGVLKTNQDELSSKCSSLDELQLRSEKEMSELKEQDTAQRNLILQLQEKCSQLEACVECKESELKDLCCKVEACETTAGSEVSRLREELESKENEFKMKSLVVEELTSKYEGKEQQLQNAKKLFSEQNEELKQVLLQKEKLQTEVNDGKSFNESLSKKMEQSEAVVSELKQKLNEREECNNKLKKELDCLANQLSDSLSSEKQAETNVLSMNIRFEEMDAALIELKQKLSNKEEENNSLKKDFEHLANQLKDSQLNEELARSNVESIKSKVEEMKTTVLELKQKVDLKEELINSLRKELDCLDNQLKESVSNQEMKSSSVQELKHNIQTLEAQLVKETGKSGSLAEELKKIQYKMESTVTALEDREGEIAELKESKFATEDKVLKLESQLSDTANSLSTVQNEKIDLEKLLRNAEIKIGEGIMMIEKEKESAHLERSQLLKEKSEECEAALEQLQTRKEEILRLQDTIAQLENVVSSKEQERAKMEESHEVFIDKTQKREEEFMKACKTLEDERSELLQKTRDLEASVEALKLESTVHQQSYRKACELADLKSREYRDMVDKLDDSQKHLQETRHHLGRAENELKESRDELRQAALEKREFAEKVNEKKEELEGALEDLQREICEHKAQISKLSTELRSGDASLKALESEKREIEQLLERTKEELRNAVEKLNVVAAENAEREVMVRSNQDSEKLIAELVDQVKLLEGSNAEIQSELDHAKDEIKQLEKNSYSMEEKHRSALAEKDFEFDHKMAALKEQEIVAVEKMETLLKEKDQKDKELDKSQNLLSARCSQVEKLQRNVHDQTEQLEALKAEITSLSAELDSLKAEHLCRQNNENGSPKLQEQVLELEHLLAREKSNAEEMMKAFQEHEEGWEREKAKMVASLDKRSDTEHAFIVGENDKLKRKVDELQRDLSTKDREHLEALQQTERKASSRANLNSDLQTKIRELECQCDELRYSLKQKDEEIFVKEEGLKQSKQELSNLDSKYAAAAEVERELRHHLGEVTQQLELSKDDKFSERDQVLKLENLTEALSAAEKELEVLRAEKQDKEKWLEDERVQIVEAAKAFAVQQEQNFVRKIDNLNQKLATKNEDVQEMDSVIQQLRYDLKTAQQEKSVLLEEAEERDREFDNEKKKWTSGSFTYEKIQQHIADLEEERQNVTRLQEHCKGLEQREMELEHANSCLQKNLVEVQSRHKSDGEEREVIEDDLHSRVSLLRSESEKLKETLETRDATVTALSDEKARLLETVKTLEEKLSASVQTVTELQQKCDWMNEKLETLRTEKSVLEKEKDVSVLQKTQGKLNLENFVKKVKELQGKLENEKKAKEELAKAVNEMEQLVKNEQKCVDSKNKELADMEAMFKLADAESEAAMKEKEGKIVELTFAYEDLRDKLEKERKALEEKCKELENLKRESKQVQERAEEMKEMYEAELDRVKFEIRDSNNDCALLRGENEQLKRTANGSVNPTMWEREKKKLLHQLEEAKIRLNQAKSSQEKLEAELSAANVKVLSVESKRKTAEAEEIKRLQASVSELSKELQKWKDIANNKDKAAVENNENEIKRLQARVTELSHELQKWKNIANKKQLGLNSGKGAEVQELHLQLRKLQEELERAKALADEKQKTADKTLATNLKLAGKIEKFERERKQQSGSLTNSENVVEEKNAQYSWSPPKLPSKTGALTPLARSLASLEIKALNTVATVTDDTRPGDEVAGVSTGKAIPTMSVAFDSKKRTGEKSALDGNQAKRCRINSGNSDALENPALHLPEGLRDPIKSPFVLRRPNANAGVRTRASTRRSIAARAPTIAQGQKENPLHSHLPPRVQRIPPEMPLSPRKTNRLQTGVPQGPRSKIPKPGTSQLPKPMTAKPKATASSRQAVPRCRVAPGEETKKPTTNQQEFVGIENVTSLFRLVRIPFTVTKDDEAIGLNNRP

UniProt (Swiss-Prot top hit)

UniProt accession	Description
P49454	Centromere protein F OS=Homo sapiens OX=9606 GN=CENPF PE=1 SV=3

Gene family

Family type	Membership / link
Orthogroup (gene family)	OG0008065 (this species only) · gene tree & orthology

Pfam domain

No Pfam domain signature was recorded for g2756.t1 in Montipora capitata.

InterPro

InterPro term	Type	Description	Source
IPR043513 all species →	Family	Centromere protein Cenp-F	Interproscan

PANTHER

PANTHER term	Description	Source
PTHR18874 all species →	CMF/LEK/CENP CELL DIVISION-RELATED	Interproscan

Gene Ontology

GO term	Category	Description	Source
GO:0000278 all species →	Biological Process	mitotic cell cycle	Interproscan
GO:0000775 all species →	Cellular Component	chromosome, centromeric region	Interproscan
GO:0000922 all species →	Cellular Component	spindle pole	Interproscan
GO:0005634 all species →	Cellular Component	nucleus	Interproscan
GO:0008017 all species →	Molecular Function	microtubule binding	Interproscan
GO:0010389 all species →	Biological Process	regulation of G2/M transition of mitotic cell cycle	Interproscan
GO:0051310 all species →	Biological Process	metaphase chromosome alignment	Interproscan
GO:0070840 all species →	Molecular Function	dynein complex binding	Interproscan

Search by domain instead of by gene. Any accession above (InterPro, Pfam, PANTHER, GO, KEGG) can be used as a query on the Functional Domain Search page, which searches all 148 annotated genomes at once.

KEGG pathway

No KEGG orthology assignment for g2756.t1.

Searching by KO or pathway ID across all species is available on the KEGG Pathway page.

Expression pattern (RNA-seq)

Transcript abundance of g2756.t1 across 48 RNA-seq samples of Montipora capitata. Values are TPM (transcripts per million) from the StringTie quantification; one bar is one sample, grouped and coloured by condition, sorted by expression within each group.

48Samples

48TPM > 0

3Conditions

316.2Max TPM

141.3Mean TPM

By condition

Condition	Samples	TPM > 0	Mean TPM	Max TPM
whole organisms · ambient pH treatment	21	21	144.47	282.36
whole organisms · low pH treatment	15	15	143.06	316.24
whole organisms · extra low pH treatment pH treatment	12	12	133.43	257.31

Per sample · hover a bar for the full sample record · show / hide the sample table

SRA run	Condition	Tissue	Developmental stage	Treatment	Study	TPM
SRR11452240	whole organisms · ambient pH treatment	whole organisms	fertilized embryo	ambient pH treatment	SRP254626	282.36
SRR11452262	whole organisms · ambient pH treatment	whole organisms	egg	ambient pH treatment	SRP254626	280.45
SRR11452263	whole organisms · ambient pH treatment	whole organisms	egg	ambient pH treatment	SRP254626	278.11
SRR11452251	whole organisms · ambient pH treatment	whole organisms	egg	ambient pH treatment	SRP254626	275.30
SRR11452217	whole organisms · ambient pH treatment	whole organisms	fertilized embryo	ambient pH treatment	SRP254626	236.70
SRR11452242	whole organisms · ambient pH treatment	whole organisms	gastrula	ambient pH treatment	SRP254626	181.07
SRR11452237	whole organisms · ambient pH treatment	whole organisms	gastrula	ambient pH treatment	SRP254626	153.32
SRR11452250	whole organisms · ambient pH treatment	whole organisms	prawn chip	ambient pH treatment	SRP254626	148.44
SRR11452246	whole organisms · ambient pH treatment	whole organisms	prawn chip	ambient pH treatment	SRP254626	148.34
SRR11452243	whole organisms · ambient pH treatment	whole organisms	gastrula	ambient pH treatment	SRP254626	145.75
SRR11452252	whole organisms · ambient pH treatment	whole organisms	prawn chip	ambient pH treatment	SRP254626	143.83
SRR11452254	whole organisms · ambient pH treatment	whole organisms	cleavage	ambient pH treatment	SRP254626	128.09
SRR11452233	whole organisms · ambient pH treatment	whole organisms	morula	ambient pH treatment	SRP254626	124.39
SRR11452234	whole organisms · ambient pH treatment	whole organisms	morula	ambient pH treatment	SRP254626	121.25
SRR11452260	whole organisms · ambient pH treatment	whole organisms	cleavage	ambient pH treatment	SRP254626	115.68
SRR11452259	whole organisms · ambient pH treatment	whole organisms	cleavage	ambient pH treatment	SRP254626	100.72
SRR11452232	whole organisms · ambient pH treatment	whole organisms	blastula	ambient pH treatment	SRP254626	79.97
SRR11452231	whole organisms · ambient pH treatment	whole organisms	blastula	ambient pH treatment	SRP254626	54.46
SRR11452222	whole organisms · ambient pH treatment	whole organisms	planulae	ambient pH treatment	SRP254626	13.30
SRR11452230	whole organisms · ambient pH treatment	whole organisms	planulae	ambient pH treatment	SRP254626	11.88
SRR11452228	whole organisms · ambient pH treatment	whole organisms	planulae	ambient pH treatment	SRP254626	10.45
SRR11452229	whole organisms · low pH treatment	whole organisms	fertilized embryo	low pH treatment	SRP254626	316.24
SRR11452218	whole organisms · low pH treatment	whole organisms	fertilized embryo	low pH treatment	SRP254626	289.34
SRR11452241	whole organisms · low pH treatment	whole organisms	gastrula	low pH treatment	SRP254626	187.08
SRR11452216	whole organisms · low pH treatment	whole organisms	fertilized embryo	low pH treatment	SRP254626	183.54
SRR11452245	whole organisms · low pH treatment	whole organisms	prawn chip	low pH treatment	SRP254626	174.97
SRR11452249	whole organisms · low pH treatment	whole organisms	prawn chip	low pH treatment	SRP254626	161.81
SRR11452236	whole organisms · low pH treatment	whole organisms	gastrula	low pH treatment	SRP254626	155.79
SRR11452238	whole organisms · low pH treatment	whole organisms	gastrula	low pH treatment	SRP254626	151.70
SRR11452247	whole organisms · low pH treatment	whole organisms	prawn chip	low pH treatment	SRP254626	151.64
SRR11452255	whole organisms · low pH treatment	whole organisms	cleavage	low pH treatment	SRP254626	138.91
SRR11452258	whole organisms · low pH treatment	whole organisms	cleavage	low pH treatment	SRP254626	98.91
SRR11452253	whole organisms · low pH treatment	whole organisms	cleavage	low pH treatment	SRP254626	92.83
SRR11452221	whole organisms · low pH treatment	whole organisms	planulae	low pH treatment	SRP254626	16.12
SRR11452224	whole organisms · low pH treatment	whole organisms	planulae	low pH treatment	SRP254626	14.08
SRR11452223	whole organisms · low pH treatment	whole organisms	planulae	low pH treatment	SRP254626	12.89
SRR11452261	whole organisms · extra low pH treatment pH treatment	whole organisms	fertilized embryo	extra low pH treatment pH treatment	SRP254626	257.31
SRR11452219	whole organisms · extra low pH treatment pH treatment	whole organisms	fertilized embryo	extra low pH treatment pH treatment	SRP254626	229.53
SRR11452220	whole organisms · extra low pH treatment pH treatment	whole organisms	fertilized embryo	extra low pH treatment pH treatment	SRP254626	200.19
SRR11452239	whole organisms · extra low pH treatment pH treatment	whole organisms	gastrula	extra low pH treatment pH treatment	SRP254626	178.04
SRR11452235	whole organisms · extra low pH treatment pH treatment	whole organisms	gastrula	extra low pH treatment pH treatment	SRP254626	154.76
SRR11452248	whole organisms · extra low pH treatment pH treatment	whole organisms	prawn chip	extra low pH treatment pH treatment	SRP254626	144.38
SRR11452256	whole organisms · extra low pH treatment pH treatment	whole organisms	cleavage	extra low pH treatment pH treatment	SRP254626	132.54
SRR11452244	whole organisms · extra low pH treatment pH treatment	whole organisms	prawn chip	extra low pH treatment pH treatment	SRP254626	127.13
SRR11452257	whole organisms · extra low pH treatment pH treatment	whole organisms	cleavage	extra low pH treatment pH treatment	SRP254626	119.13
SRR11452225	whole organisms · extra low pH treatment pH treatment	whole organisms	planulae	extra low pH treatment pH treatment	SRP254626	20.51
SRR11452226	whole organisms · extra low pH treatment pH treatment	whole organisms	planulae	extra low pH treatment pH treatment	SRP254626	19.04
SRR11452227	whole organisms · extra low pH treatment pH treatment	whole organisms	planulae	extra low pH treatment pH treatment	SRP254626	18.58

Source: CnidoSite RNA-seq expression matrices (MCAPI_TPM, StringTie quantification over 48 runs), joined to SRA sample metadata. Samples whose tissue/treatment is not recorded in the source metadata are grouped by the descriptor carried in the expression matrix itself.